Examples of org.mule.config.ChainedThreadingProfile

org.mule.config.ChainedThreadingProfile
This was written (perhaps too far in advance) with an eye to how we will manage default values in a dynamic environment. Since very little has been decided in that direction the correct behaviour is unclear - changing the default value of "dynamic" {@link org.mule.config.ChainedThreadingProfile#ChainedThreadingProfile(ThreadingProfile)}will switch behaviour between dynamic and static chaining.
Note that within Spring, as far as I understand things, object creation is always ordered so that dependencies are correctly resolved. In that case, in a static scenario (or in a dynamic one that rebuilds the instances) dynamic and static behaviour should be identical.

Also, the "lazy" chaining is an optimisation - all hierarchies should be grounded in a final default which is {@link ImmutableThreadingProfile} and, as such, return reliablevalues (lazy would be necessary if this is not the case, since we must avoid evaluating incomplete delegates).

    @Test
    public void testMaxActiveThreadsEqualsOneWhenExhaustedActionWait() throws Exception
    {
        final Latch latch = new Latch();
        service.setName("testMaxActiveThreadsEqualsOne");
        ChainedThreadingProfile threadingProfile = (ChainedThreadingProfile) muleContext.getDefaultServiceThreadingProfile();
        threadingProfile.setMaxThreadsActive(1);
        threadingProfile.setThreadWaitTimeout(200);
        threadingProfile.setPoolExhaustedAction(ThreadingProfile.WHEN_EXHAUSTED_WAIT);
        service.setThreadingProfile(threadingProfile);
        final SimpleCallableJavaComponent component = new SimpleCallableJavaComponent(new Callable()
        {
            @Override
            public Object onCall(MuleEventContext eventContext) throws Exception

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    {
        final Latch latch = new Latch();
        final String serviceName = "testDoThreadingFalse";


        service.setName(serviceName);
        ChainedThreadingProfile threadingProfile = (ChainedThreadingProfile) muleContext.getDefaultServiceThreadingProfile();
        threadingProfile.setDoThreading(false);
        service.setThreadingProfile(threadingProfile);
        final Thread mainThread = Thread.currentThread();


        final SimpleCallableJavaComponent component = new SimpleCallableJavaComponent(new Callable()
        {

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    {
        final Latch latch = new Latch();
        final String serviceName = "testDoThreadingFalse";


        service.setName(serviceName);
        ChainedThreadingProfile threadingProfile = (ChainedThreadingProfile) muleContext.getDefaultServiceThreadingProfile();
        threadingProfile.setDoThreading(true);
        service.setThreadingProfile(threadingProfile);
        final SimpleCallableJavaComponent component = new SimpleCallableJavaComponent(new Callable()
        {
            @Override
            public Object onCall(MuleEventContext eventContext) throws Exception

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    @Test
    public void testProcessOneWayThreadWaitTimeout() throws Exception
    {
        final int threadTimeout = 20;
        ThreadingProfile threadingProfile = new ChainedThreadingProfile(
            muleContext.getDefaultThreadingProfile());
        threadingProfile.setThreadWaitTimeout(threadTimeout);
        // Need 3 threads: 1 for polling, 2 to process work successfully without timeout
        threadingProfile.setMaxThreadsActive(3);
        threadingProfile.setPoolExhaustedAction(ThreadingProfile.WHEN_EXHAUSTED_WAIT);
        threadingProfile.setMuleContext(muleContext);


        MessageProcessor mockListener = mock(MessageProcessor.class);
        when(mockListener.process((MuleEvent)any())).thenAnswer(new Answer<MuleEvent>()
        {
            public MuleEvent answer(InvocationOnMock invocation) throws Throwable

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    @Test
    public void testProcessOneWayWithException() throws Exception
    {
        final Latch latch = new Latch();
        ThreadingProfile threadingProfile = new ChainedThreadingProfile(
            muleContext.getDefaultThreadingProfile());
        threadingProfile.setMuleContext(muleContext);


        MessageProcessor mockListener = mock(MessageProcessor.class);
        when(mockListener.process((MuleEvent)any())).thenAnswer(new Answer<MuleEvent>()
        {
            public MuleEvent answer(InvocationOnMock invocation) throws Throwable

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    }


    @Test(expected = MessagingException.class)
    public void testProcessOneWayNoThreadingWithException() throws Exception
    {
        ThreadingProfile threadingProfile = new ChainedThreadingProfile(
            muleContext.getDefaultThreadingProfile());
        threadingProfile.setDoThreading(false);
        threadingProfile.setMuleContext(muleContext);


        MessageProcessor mockListener = mock(MessageProcessor.class);
        when(mockListener.process((MuleEvent)any())).thenThrow(new RuntimeException());


        SedaStageInterceptingMessageProcessor sedaStageInterceptingMessageProcessor = new SedaStageInterceptingMessageProcessor(

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Related Classes of org.mule.config.ChainedThreadingProfile

org.mule.config.builders.DefaultsConfigurationBuilder

org.mule.construct.AsynchronousProcessingStrategy

org.mule.construct.processor.PipelineMessageNotificationTestCase

org.mule.model.seda.SedaService

org.mule.model.seda.SedaServiceTestCase

org.mule.processor.SedaStageInterceptingMessageProcessorTestCase

org.mule.processor.strategy.AsynchronousProcessingStrategy

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